BRIAND Jean-François

Articles

• Hydrodynamique et biocides façonnent les communautés de biofilms marins sur surfaces artificielles
  21 November 2019
• Study of the spatio-temporal dynamics of interactions between the surface microbiota and metabolome of the macroalga Taonia atomaria through a multi-omics approach
  13 June 2017

  Beginning: November 2016
  Defense: September 17th, 2020

• Exploiting the chemodiversity of tropical microalgae for the discovery of natural antifoulants through the BIOPAINTROP project
  12 July 2016
• Stop alle Plastiche in H2O!
  12 June 2019, by Hugues BRISSET

  Acronym:
  SPLASH Funding:
  [Programme MARITTIMO Interreg Italie-France Maritime] Short Overview:
  SpLASH, via pluridisciplinary methodologies, aims to retrieve data on microplastics occurrence at the surface but also in the seawater column, the superficial sediments and biotic compartiments. In addition, like all surfaces immersed in marine environments, microplastics are quickly colonized by microorganisms that lead to 3D structures called biofilms. Their characteristics are associated (…)

• From organic semiconductors to marine antifouling coatings: How electronic strategies can control bacteria development
  6 June 2016
• Innate immunity regulates the excretion of anti-settlement compounds by Fucus vesiculosus and other brown seaweeds
  3 June 2016
• Clean Antifouling Coating (REVêtement Antifouling Propres)
  3 July 2018, by Hugues BRISSET

  Acronym :
  REVAP Funding:
  Programme de soutien à la Recherche (PSR-SIIRI) du ministère Economie, Science et Innovation du Quebec Short Overview:
  The aim of the REVAP project will be to assess the antifouling efficacy of a new type of coating based on xerogel and consequently environmentally friendly. This three years project, initiated by Pr Karine Lemarchand (UQAR/ISMER Rimouski, QC) will be achieved in collaboration with Dr. Jean-François Briand (UTLN, France) and the Mirapakon (…)

• Polymer binders, commercial biocides and immersion sites: all influence macrofouling assemblages on chemically-active antifouling coatings
  6 June 2016
• Spatio-temporal variation of the marine biofilm communities colonizing antifouling coatings in the Mediterranean Sea vs the Atlantic Ocean using high throughput sequencing
  12 September 2016
• Couplage multi-Omiques à l’échelle de l’Holobionte : Effet de la diversité Spécifique des Phaeophyceae Taonia sur l’intéractION hôte-microbiome à la Surface
  13 June 2019, by Hugues BRISSET

  Acronym: COHESIONS
  Funding: [EC2CO (CNRS-INSU)]
  Short Overview: L’algue brune Taonia atomaria (Dictyotaceae) représente un modèle particulièrement pertinent pour l’étude du contrôle des mécanismes d’épibiose chez les macroalgues. Cette espèce cosmopolite peu épiphytée par des macroorganismes est commune le long des côtes méditerranéennes et atlantiques. Afin de mieux comprendre les interactions au sein de ce modèle, de nouvelles méthodologies ont été développées au laboratoire couplant (…)